SK Hynix expect the hardware crisis to continue through 2030 - GamingOnLinux

SK Hynix anchoring the supply crunch to 2030 is not a cyclical warning—it is a structural admission. HBM stacking has effectively conscripted the highest-grade DRAM wafers for AI accelerators, systematically starving conventional server and consumer memory. Upstream, EUV lithography lead times have stretched beyond 18 months, and precursor/specialty-gas capacity lags the demand curve. Downstream, CoWoS advanced packaging remains the true chokepoint: more wafers do not equal more shipped chips. On the compliance front, export controls have bifurcated the global memory supply chain into "compliant" and "restricted" zones. Fabs in Taiwan, China and South Korea face forced localization of capex, pushing per-unit costs up 15-25%. CXMT is carving out a foothold in mid-range DDR5, yet the HBM generation gap remains unbridgeable in the near term. Strategically, Samsung is leveraging HBM4 to lock in NVIDIA's next-generation platform qualification, while Micron bets on U.S. domestic capacity for policy tailwinds. The real risk over the next 12-24 months is not scarcity—it is the flip side. If AI capex experiences even a modest pullback, the locked-in capacity will swing from "scarce" to "glutted" almost overnight. The 2022 memory crash may replay in a different costume.